//------------------------------------------------------------------------------
// <auto-generated>
//     This code was generated by a tool.
//     Changes to this file may cause incorrect behavior and will be lost if
//     the code is regenerated.
// </auto-generated>
//------------------------------------------------------------------------------

package cfg

import "errors"
import "bright/serialization"

type GameLatticeData struct {
    Key int32
    Belongto int32
    Regular int32
    Place serialization.Vector2
    Number []int32
    Reserve int32
    Icon string
    Type int32
    Value int32
}

const TypeId_GameLatticeData = -1468712828

func (*GameLatticeData) GetTypeId() int32 {
    return -1468712828
}

func (_v *GameLatticeData)Deserialize(_buf map[string]interface{}) (err error) {
    { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _buf["key"].(float64); !_ok_ { err = errors.New("key error"); return }; _v.Key = int32(_tempNum_) }
    { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _buf["belongto"].(float64); !_ok_ { err = errors.New("belongto error"); return }; _v.Belongto = int32(_tempNum_) }
    { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _buf["regular"].(float64); !_ok_ { err = errors.New("regular error"); return }; _v.Regular = int32(_tempNum_) }
    { var _ok_ bool; var _v_ map[string]interface{}; if _v_, _ok_ = _buf["place"].(map[string]interface{}); !_ok_ { err = errors.New("place error"); return }
            var _x_, _y_ float32;
            { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _v_["x"].(float64); !_ok_ { err = errors.New("x error"); return }; _x_ = float32(_tempNum_) }
            { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _v_["y"].(float64); !_ok_ { err = errors.New("y error"); return }; _y_ = float32(_tempNum_) }
            _v.Place = serialization.NewVector2(_x_, _y_)
            }

     {
                var _arr_ []interface{}
                var _ok_ bool
                if _arr_, _ok_ = _buf["number"].([]interface{}); !_ok_ { err = errors.New("number error"); return }

                _v.Number = make([]int32, 0, len(_arr_))
                
                for _, _e_ := range _arr_ {
                    var _list_v_ int32
                    { var _ok_ bool; var _x_ float64; if _x_, _ok_ = _e_.(float64); !_ok_ { err = errors.New("_list_v_ error"); return }; _list_v_ = int32(_x_) }
                    _v.Number = append(_v.Number, _list_v_)
                }
            }

    { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _buf["reserve"].(float64); !_ok_ { err = errors.New("reserve error"); return }; _v.Reserve = int32(_tempNum_) }
    { var _ok_ bool; if _v.Icon, _ok_ = _buf["icon"].(string); !_ok_ { err = errors.New("icon error"); return } }
    { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _buf["type"].(float64); !_ok_ { err = errors.New("type error"); return }; _v.Type = int32(_tempNum_) }
    { var _ok_ bool; var _tempNum_ float64; if _tempNum_, _ok_ = _buf["value"].(float64); !_ok_ { err = errors.New("value error"); return }; _v.Value = int32(_tempNum_) }
    return
}

func DeserializeGameLatticeData(_buf map[string]interface{}) (*GameLatticeData, error) {
    v := &GameLatticeData{}
    if err := v.Deserialize(_buf); err == nil {
        return v, nil
    } else {
        return nil, err
    }
}